Master of Science in Fire Protection Engineering
Worcester Polytechnic Institute

Program Details

The demand for professionals trained in fire protection engineering has surged recently, driven by an increased focus on safety standards and regulations across various industries. With the evolution of technology and the growing complexity of infrastructure, the need for individuals equipped to design, implement, and manage fire protection systems has become paramount. Recognizing this demand, the online Master of Science in Fire Protection Engineering provides students with a convenient and flexible pathway to a rewarding career in this critical field.

Courses include, but are not limited to:

  • Explosion Protection
  • Combustion
  • Failure Analysis

The online Master of Science in Fire Protection Engineering offers a flexible, accessible, and industry-relevant educational pathway for individuals seeking to advance their careers in this dynamic field. By combining theoretical knowledge with practical skills and fostering a collaborative learning environment, this online program empowers students to become effective problem solvers and innovators in fire protection and safety engineering. As the demand for qualified professionals continues to grow, investing in advanced education in fire protection engineering can ignite exciting career opportunities and make a meaningful impact on global safety standards.

Learning Schedule

Asynchronous

% Online

100% Online

School Accreditation & Licensing

Worcester Polytechnic Institute is accredited by:

New England Commission of Higher Education (NECHE)

Program Requirements & Restrictions

Minimum Education

Bachelor Degree

Recommended GPA

3.0 or above (4.0 scale)

Admission Tests

Proof of English Language Proficiency (International Students)

Application Requirements

Official College Transcript(s), Recommendation/Reference Letter(s), Statement of Purpose/Intent

Additional Info

  • Requires a degree in engineering, engineering technology, or physical sciences
  • Requires prerequisites in heat transfer, fluid mechanics, thermodynamics, and calculus through differential equations